Proposed Electricity Infrastructure for the GLNG Plant on Curtis Island, Queensland
Hosted by the Joint Technical Program Electrical & Electronics (SA)
Tuesday, 15th July 2014
The Gladstone LNG Plant facility consists of 2-LNG trains with a combined capacity of approximately 7.8MTPA, with associated utilities and support facilities.
The power demand for the facility is met by on-site power generation consisting of Gas Turbines and diesel generators. The power distribution network consists of High (6.6kV and
11kV) and Low voltage (400V) systems including state-of-art Power Management System (PMS) distributed across site.
The PMS is designed to supervise, control and manage generation and demand based on process conditions and incorporate such facilities as circuit breaker control, generator synchronisation, load sharing and load shedding. The project incorporates extensive modularisation to reduce site effort. All switch rooms/ substations were fully modularised, equipment installed inside and wired, and factory tested before despatch to site for field activities. The facility is in advanced stage of construction and is scheduled for start-up and commissioning later this year.
Date and Time
Tue, 15 Jul 2014
17:30 - 19:30 ACST
Location
Presenter(s)
[3] As Principal Electrical Engineer at Santos, Vinod is responsible for setting corporate electrical standards, ensuring compliance, and assisting projects on all technical matters in electrical engineering. Vinod holds a Masters in Electrical Engineering (specialisation in power systems) and an MBA. For over 30 years, Vinod has been involved from concept to commissioning stages for power, oil/gas, petrochemical, and infrastructure industries both within Australia and overseas. Vinod is a Fellow and Chartered Professional Engineer of EA, Sr. Member of IEEE and Registered PM with AIPM. He firmly believes in sharing technical knowledge (both success and failures) with a view to learn and ensure that every installation is safe and reliable.